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General| Type | Robotics Kit |
|---|---|
| Battery Type | Lithium-Ion |
| Age Range | 8+ |
| Connectivity | Bluetooth |
| Servos | Yes |
| Programmable | Yes |
| App Control | Yes |
| Servo Motors | Yes |
| Model | Jimu |
| Manufacturer | UBTECH |
| Compatibility | iOS, Android |
| Programming Language | Blockly |
| Control Method | App |
| Power Source | Battery |
| Sensors | Infrared |
| Number of Servos | Varies by kit |
The main control box serves as the robot's brain, enabling wireless control and housing various ports for assembly.
Details the battery specifications, charging interface, and procedures for detaching and installing the battery.
Explains servos as robot joints, covering their external view, ID, slots, and rotation capabilities.
Describes connectors as the robot's skeleton, detailing how to splice them with other components.
Explains decorating pieces as aesthetic covers that integrate with other components via plugs and attachments.
Details how to connect and use the power switch to operate the main control box and the robot.
Details fasteners used to integrate various robot components, including decorating pieces and connectors.
Explains connecting cables as conduits for energy and commands between the controller and servos.
Details the assembly tool's function in simplifying component installation and removal.
Explains the fundamental components for assembly: slots, rudders, and plugs, and their characteristics.
Details various assembly techniques including splicing, integration, and connection of robot parts.
Provides instructions on downloading the Jimu app for iOS and Android platforms.
Guides users on creating and logging into a Ubtech account to access app features.
Details the app's tutorial, covering components, assembly, connection, movement, and programming basics.
Introduces pre-designed official robot models available in the app for users to build and explore.
Outlines the step-by-step process and requirements for establishing a wireless connection between the app and the robot.
Explains how to use the on-screen remote control to command the robot's movements.
Guides users on customizing the remote control layout by assigning movement icons to buttons.
Introduces the process of creating new movements for the robot using the app's programming interface.
Explains the core principles of robot movement, focusing on posture adjustment and time settings.
Guides users to select a category for their custom robot model (Animal, Machine, Robot, Others).
Explains how to add photos for custom models, either by taking a new picture or selecting from the album.
Details the process of naming a custom robot model to make it more attractive and discoverable.
Explains how to share built robots by adding photos, videos, and descriptions to the community platform.
Guides users on browsing and interacting with models shared by other users in the community feature.
Addresses common hardware issues like no response, LED status, and strange sounds during operation.
Troubleshoots common app issues such as connection problems, model downloads, and Bluetooth detection.
